| 1 | NURCEVE0 ;HIRMFO/RTK,RM-Nursing Care Plans Edit Report ;8/29/96
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| 2 | ;;4.0;NURSING SERVICE;;Apr 25, 1997
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| 3 | ENT1 ;
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| 4 | S NUROUT=0,GMRGRT=$O(^GMRD(124.2,"AA","NURSC",2,"Nursing Care Plan",""))
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| 5 | S:+GMRGRT>0 GMRGRT=GMRGRT_"^"_$P($G(^GMRD(124.2,+GMRGRT,0)),"^")
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| 6 | S:+GMRGRT'>0 NUROUT=1
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| 7 | I NUROUT W !,$C(7),"THERE IS A PROBLEM IN THE ""AA"" XREF.",!
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| 8 | E F S DIC="^DPT(",DIC(0)="AEQM" D ^DIC Q:+Y'>0 S (NCPDFN,DFN)=+Y D Q:NUROUT
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| 9 | . K ^TMP("NURPRB",$J),^TMP("NURCHC",$J)
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| 10 | . S NURACM=0 F REVDT=0:0 S REVDT=$O(^GMR(124.3,"AA",DFN,+GMRGRT,REVDT)) Q:REVDT'>0 F GMRGPDA=0:0 S GMRGPDA=$O(^GMR(124.3,"AA",DFN,+GMRGRT,REVDT,GMRGPDA)) Q:GMRGPDA'>0 D:'+$G(^GMR(124.3,GMRGPDA,5))
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| 11 | . . S NURSCPE=$O(^NURSC(216.8,"B",GMRGPDA,0)) I NURSCPE'>0 Q
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| 12 | . . S Y=$P($G(^GMR(124.3,GMRGPDA,0)),U,3),DEVDT=9999999.9999-Y D D^DIQ S NURCPDT(GMRGPDA)=DEVDT_"^"_$E(Y,1,18)
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| 13 | . . S NURPROC=$$GETPRB^NURCEVE1(NURSCPE),NURACM=$S(NURPROC:1,1:NURACM)
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| 14 | . . Q
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| 15 | . F D Q:NURPROC<1
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| 16 | . . K ^TMP("NURPRB",$J),^TMP("NURCHC",$J),GMRGPDAA
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| 17 | . . S NURACM=0 F REVDT=0:0 S REVDT=$O(^GMR(124.3,"AA",DFN,+GMRGRT,REVDT)) Q:REVDT'>0 F GMRGPDA=0:0 S GMRGPDA=$O(^GMR(124.3,"AA",DFN,+GMRGRT,REVDT,GMRGPDA)) Q:GMRGPDA'>0 D:'+$G(^GMR(124.3,GMRGPDA,5))
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| 18 | . . . S NURSCPE=$O(^NURSC(216.8,"B",GMRGPDA,0)) I NURSCPE'>0 Q
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| 19 | . . . S Y=$P($G(^GMR(124.3,GMRGPDA,0)),U,3),DEVDT=9999999.9999-Y D D^DIQ S NURCPDT(GMRGPDA)=DEVDT_"^"_$E(Y,1,18)
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| 20 | . . . S NURPROC=$$GETPRB^NURCEVE1(NURSCPE),NURACM=$S(NURPROC:1,1:NURACM)
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| 21 | . . . Q
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| 22 | . . S NURPROC=$$PCKPROB^NURCEVE1($$SRTPROB^NURCEVE1(NURACM))
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| 23 | . . I NURPROC<1 S:NURPROC=-1 NUROUT=1 Q
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| 24 | . . F NLPVAR=0:0 S NLPVAR=$O(^TMP("NURUSL",$J,NLPVAR)) Q:NLPVAR'>0 D NEDT
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| 25 | . . W ! K DIR S DIR(0)="Y",DIR("A")="DO YOU WANT TO PRINT A CARE PLAN",DIR("B")="YES" D ^DIR
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| 26 | . . I Y=1 D EN1^NURCEVE5
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| 27 | . . S DFN=NCPDFN,GMRGRT=$O(^GMRD(124.2,"AA","NURSC",2,"Nursing Care Plan","")) S:+GMRGRT>0 GMRGRT=GMRGRT_"^"_$P($G(^GMRD(124.2,+GMRGRT,0)),"^")
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| 28 | . . Q
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| 29 | . W !!!
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| 30 | . Q
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| 31 | END ; CLEAN UP VARIABLES
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| 32 | K ^TMP($J),^TMP("NURCHC",$J) F X="NURUSL","NURPRB" K ^TMP(X,$J)
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| 33 | D ^NURCKILL
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| 34 | Q
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| 35 | NEDT ; EDIT THE DATA FOR A PARTICULAR NURSING PROBLEM
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| 36 | S NURCX=$G(^TMP("NURCHC",$J,NLPVAR\1)),GMRGPDA=$P(NURCX,U,4),NURSCPE=$O(^NURSC(216.8,"B",GMRGPDA,0)),MATCH=0
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| 37 | F X=0:0 S X=$O(GMRGPDAA(X)) Q:X'>0 D
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| 38 | . I GMRGPDAA(X)=GMRGPDA S MATCH=1
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| 39 | . Q
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| 40 | S:MATCH=0 GMRGPDAA(GMRGPDA)=GMRGPDA
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| 41 | K NURCGOEX,NURCINT
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| 42 | S GMRGXPRT=$P(NURCX,U,2),GMRGPDA=$P(NURCX,U,4),GMRGXPRT(0)=$$SELDAT^NURCEVE2(+NURCX,GMRGPDA),GMRGXPRT(1)="^^1^^1" D EN1^GMRGRUT2 W !,GMRGXPRT
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| 43 | S NURCGOEX=$O(^GMRD(124.25,"AA","NURSC","GOALS/EXPECTED OUTCOMES","")),NURCINT=$O(^GMRD(124.25,"AA","NURSC","NURSING INTERVENTION",""))
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| 44 | S NURCGL=$O(^GMRD(124.25,"AA","NURSC","GOAL","")),NURCORD=$O(^GMRD(124.25,"AA","NURSC","ORDERABLE",""))
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| 45 | K ^TMP("NURGOAL",$J),^TMP("NURINT",$J) D RECUR(+NURCX)
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| 46 | S:'$D(NURCGOEX(0)) NURCGOEX(0)="" S:'$D(NURCINT(0)) NURCINT(0)=""
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| 47 | I 'NUROUT S GMRGOUT=0,GMRGTERM=$P(NURCX,U,1,2)_U_$O(^GMR(124.3,GMRGPDA,1,"B",+NURCX,"")),GMRGXPRT=$P(NURCX,U,2),GMRGXPRT(0)=$$SELDAT^NURCEVE2(+NURCX,GMRGPDA),GMRGXPRT(1)="^^1^^1",NCPFLG=1 D EN2^NURCCPU3
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| 48 | D:NCPFLG GOALS^NURCEVE2
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| 49 | D:'NUROUT&(NCPFLG) ORDERS^NURCEVE3
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| 50 | F X="NURGOAL","NURINT" K ^TMP(X,$J)
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| 51 | K GMRGTERM,NURCGL,NURCGOEX,NURCINT,NURCORD,NURCX
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| 52 | Q
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| 53 | RECUR(NURCX) ; GIVEN AN AGGREGATE TERM (NURCX) THIS PROCESS WILL LOOP THROUGH
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| 54 | ; ALL OF ITS CHILDREN AND PUT ALL GOALS IN ^TMP("NURGOAL",$J, ALL
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| 55 | ; INTERVENTIONS IN ^TMP("NURINT",$J. THEN THIS PROCEDURE WILL CALL
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| 56 | ; ITSELF RECURSIVELY FOR EACH CHILD
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| 57 | N NURCY,NURCZ
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| 58 | F NURCY=0:0 S NURCY=$O(^GMRD(124.2,NURCX,1,NURCY)) Q:NURCY'>0 D
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| 59 | . S NURCZ=+$G(^GMRD(124.2,NURCX,1,NURCY,0)) Q:NURCZ'>0
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| 60 | . S X=$G(^GMRD(124.2,NURCZ,0)),Y=$S($P(X,U,4)=NURCGL:"NURGOAL",$P(X,U,4)=NURCORD:"NURINT",1:"")
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| 61 | . I $P(X,U,4)=NURCGOEX,'$D(NURCGOEX(0)) S NURCGOEX(0)=NURCZ_U_$P(X,U)
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| 62 | . I $P(X,U,4)=NURCINT,'$D(NURCINT(0)) S NURCINT(0)=NURCZ_U_$P(X,U)
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| 63 | . I $$ACTIVE^NURCEVE2(GMRGPDA,NURCZ) S:Y'="" ^TMP(Y,$J,$P(X,U),NURCZ)=X S:$P(X,U,4)=NURCGOEX NURCGOEX(0)=$$SET(NURCZ,X) S:$P(X,U,4)=NURCINT NURCINT(0)=$$SET(NURCZ,X) D RECUR(NURCZ)
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| 64 | . Q
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| 65 | Q
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| 66 | SET(A,B) ; GIVEN AGGY IEN (A) AND ZEROTH NODE (B) AND PLAN IN GMRGPDA,
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| 67 | ; THIS FUNCTION RETURNS A_"^"_$P(B,U)_"^"_(ENTRY IN 124.31)
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| 68 | Q A_"^"_$P(B,U)_"^"_$O(^GMR(124.3,GMRGPDA,1,"B",A,0))
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| 69 | I Y=1 S GMRGXPRT="1^0^0" D EN1^GMRGRUT3 S:GMRGOUT NUROUT=1 K GMRGOUT,GMRGXPRT I 'NUROUT S (NURSOUT,NURSGMRG)=0,NUREDB="P" D REASK^NURCPPS1
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